► caplin.trading.testing.TradeMessageServiceStub()

Constructs an instance of caplin.trading.testing.TradeMessageServiceStub.

► void addEventLogger(Function fLogger)

This method registers an event logging function with this mock TradeMessageService. This function is called for all events Events being "sent" by a trade and "received" from a server mock. A component workbench or a mock server will typically register a logger in order to display or be informed of the mocked trade events. Callback functions must handle the following 3 parameters:

• the event name (String)
• the direction of the event (eg. send/ receive) (String)
• the event data (Map)

Parameters

Function

fLogger

the callback function to log mock trade events

► void addTrade(caplin.trading.trademodel.Trade oTrade)

Assigns the trade as the subscriber to mocked trade messages.

► void receiveServerTradeEvent(String sEventName, Map mData, sTradeID)

This method is called by a mock trade server to simulate the receipt of a trade event from Liberator via SL4B. The event is propagated to the Trade subscribed via this mock trade subscriber. This stub will print out the message to a logger if one has been defined.

► void receiveTradeChannelStatusChange(boolean bEnabled)

This method is called by a mock trade server to simulate a channel status change of the trade subscriber. The change event is propagated to the Trade subscribed via this mock trade subscriber. The new subscriber status will be printed to a logger if one has been defined.

► void removeTrade(caplin.trading.trademodel.Trade oTrade)

Unregisters the trade subscribed to mocked trade messages.

► void sendTradeEvent(String sEventName, caplin.trading.trademodel.Trade oTrade, caplin.trading.trademodel.DataHolder oData)

This method is called by a caplin.trading.trademodel.Trade to simulate the sending of a trade event to Liberator via SL4B. This stub will print out the message to a logger if one has been defined.